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Mounting method of seismic isolation support
The invention discloses a mounting method of a seismic isolation support. According to the mounting method, bolts are adopted for control, the construction efficiency is high, the mounting precision is high, and the phenomenon that the mechanical property of the seismic isolation support deviates greatly in all directions due to the mounting precision problem can be also avoided; a buckle type combined connecting plate is used to replace a positioning embedded plate, so that a conventional positioning embedded plate is omitted, steel can be saved, and the cost can be reduced; a concrete pouring opening reserved in the buckle type combined connecting plate is larger, so that pouring and vibrating are very convenient when concrete of a lower buttress is poured, the compactness of the lower buttress is easy to control, the construction quality of the lower buttress is guaranteed to a great extent, and potential safety hazards caused by earthquakes are reduced; and meanwhile, the out-of-plane rigidity of the buckle type combined connecting plate is large, and compared with the conventional positioning embedded plate, the buckle type combined connecting plate is not prone to deformation in the transportation process, and therefore, the support mounting precision is further guaranteed.
本发明公开一种隔震支座的安装方法,采用螺栓进行控制,施工效率高,安装精度高,还可避免由于安装精度问题而导致的隔震支座力学性能在各方向上偏差较大现象,采用卡扣式组合连接板代替定位预埋板,节省常规定位预埋板,可节约钢材降低成本,卡扣式组合连接板预留的混凝土浇筑口更大,在浇筑下支墩混凝土时浇筑和振捣都非常方便,容易控制下支墩的密实度,极大程度保障了下支墩的施工质量,降低地震造成的安全隐患,同时卡扣式组合连接板平面外刚度较大,与常规定位预埋板相比在运输过程不易变形,因此支座安装精度进一步得到保障。
Mounting method of seismic isolation support
The invention discloses a mounting method of a seismic isolation support. According to the mounting method, bolts are adopted for control, the construction efficiency is high, the mounting precision is high, and the phenomenon that the mechanical property of the seismic isolation support deviates greatly in all directions due to the mounting precision problem can be also avoided; a buckle type combined connecting plate is used to replace a positioning embedded plate, so that a conventional positioning embedded plate is omitted, steel can be saved, and the cost can be reduced; a concrete pouring opening reserved in the buckle type combined connecting plate is larger, so that pouring and vibrating are very convenient when concrete of a lower buttress is poured, the compactness of the lower buttress is easy to control, the construction quality of the lower buttress is guaranteed to a great extent, and potential safety hazards caused by earthquakes are reduced; and meanwhile, the out-of-plane rigidity of the buckle type combined connecting plate is large, and compared with the conventional positioning embedded plate, the buckle type combined connecting plate is not prone to deformation in the transportation process, and therefore, the support mounting precision is further guaranteed.
本发明公开一种隔震支座的安装方法,采用螺栓进行控制,施工效率高,安装精度高,还可避免由于安装精度问题而导致的隔震支座力学性能在各方向上偏差较大现象,采用卡扣式组合连接板代替定位预埋板,节省常规定位预埋板,可节约钢材降低成本,卡扣式组合连接板预留的混凝土浇筑口更大,在浇筑下支墩混凝土时浇筑和振捣都非常方便,容易控制下支墩的密实度,极大程度保障了下支墩的施工质量,降低地震造成的安全隐患,同时卡扣式组合连接板平面外刚度较大,与常规定位预埋板相比在运输过程不易变形,因此支座安装精度进一步得到保障。
Mounting method of seismic isolation support
一种隔震支座的安装方法
WAN YUNHUA (Autor:in) / ZHANG LONGFEI (Autor:in) / LIANG JI (Autor:in) / WANG BO (Autor:in) / ZHAO YAO (Autor:in) / LI ZHENGCHANG (Autor:in) / WANG ZHIMIN (Autor:in)
20.04.2021
Patent
Elektronische Ressource
Chinesisch
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